Simulation of 2D Elastic Bodies with Randomly Distributed Circular Inclusions Using the BEM

Simulation of 2D Elastic Bodies with Randomly Distributed Circular Inclusions Using the BEM

Based on the Rizzo’s direct boundary integral equation formulation for elasticity problems, elastic bodies with randomly distributed circular inclusions are simulated using the boundary element method. The given numerical examples show that the boundary element method is more accurate and more eff...

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Veröffentlicht in:Electronic journal of boundary elements 2007-10, Vol.1 (2)
Hauptverfasser: Zhenhan, Yao, Fanzhong, Kong, Xiaoping, Zheng
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container_title Electronic journal of boundary elements
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creator Zhenhan, Yao
Fanzhong, Kong
Xiaoping, Zheng
description Based on the Rizzo’s direct boundary integral equation formulation for elasticity problems, elastic bodies with randomly distributed circular inclusions are simulated using the boundary element method. The given numerical examples show that the boundary element method is more accurate and more efficient than the finite element method for such type of problems. The presented approach can be successfully applied to estimate the equivalent elastic properties of many composite materials.
doi_str_mv 10.14713/ejbe.v1i2.761
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title Simulation of 2D Elastic Bodies with Randomly Distributed Circular Inclusions Using the BEM
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